Jae Ogilvie

Research Associate, Director of Geomatic Developments

BSc, RPF, GISP

Forestry and Environmental Management

I.U.C. Forestry 309-1

Fredericton

jae.ogilvie@unb.ca
1 506 451 5315



Academic interests

  • LiDAR Based Forest Modeling
  • Wet Areas Mapping
  • GIS Analysis

Brief biography

Jae Ogilvie started out his academic career in Computer Engineering, but soon realized that was not his calling. He transferred and graduated with his BSc in Forestry and Environmental Management with a minor in computer applications from UNB; where he is currently studying part-time to complete his MSc in Forestry with a focus on GIS.

He has worked for J.D. Irving, Limited as a silvicultural surveyor during his undergraduate summer work term and also worked for Dr. Paul Arp as a research assistant during his Honour’s Thesis. Jae’s combination of computer skills and love of the outdoors led him to becoming a Research Associate and GIS Instructor in the Faculty of Forestry and Environmental Management in 2009.

While at UNB, Jae has been involved in the instruction of GIS courses to undergraduate students for the past 6 years and focuses his research efforts on GIS-based landscape process models, including leading development for the Forest Watershed Research Centre’s wet areas mapping (WAM) model.

A substantial focus of Jae’s work is on the wet areas mapping initiative with the Government of Alberta. He has been developing provincially significant LiDAR-based WAM datasets for Alberta since 2009; which have been widely accepted by government and forest/energy companies to improve environmental outcomes and enhance planning capabilities. This work has led to the research team’s nomination for the Alberta Science and Technology (ASTech) award for Outstanding Achievement in Environmental Technology & Innovation and the receipt of the 2013 Emerald Award to the project’s funding agency (Alberta Department of Environment & Sustainable Resource Development).

Jae enjoys spending time with his young family and time permitting, getting out for a walk in the woods.

Courses taught

  • GIS with Applications in Forestry I
  • GIS with Applications in Forestry II

Selected research

Nijland W., Coops N., Macdonald E., Nielsen S., Bater C., White B., Ogilvie J., & Stadt J. 2015. Remote sensing proxies of productivity and moisture predict forest stand type and recovery rate following experimental harvest. Forest Ecology and Management. 357 (2015), 239-247.

Agren A. M., Lidberg W., Stromgren M., Ogilvie J. & Arp PA. 2014. Evaluating digital terrain indices for soil wetness mapping – a Swedish case study. Hydrology and Earth Systems Sciences, vol 18 (9), 3623-3634.

Jones M-F., Castonguay M., Nasr M., Ogilvie J., Arp PA., Bhatti J. 2014. Modeling hydrothermal regimes and potential impacts of climate change on permafrost within the south Mackenzie plain, Northwest Territories, Canada. Ecoscience vol 21 (1), 21-33.

White B., Ogilvie J., Campbell D., Hiltz D., Gauthier B., Chisholm K., Wen H., Murphy P., & Arp PA. 2012. Using the Cartographic Depth-to-Water Index to Locate Small Streams and Associated Wet Areas across Landscapes. Canadian Water Resources Journal, vol 37(4), 333-347.